Application: 1. Leveling and drying of paints and printing inks 2. Softening and melting of plastics 3. Blow molding PET bottles, secondary blow molding, 4. Drying of wood before painting, 5. Heating of printing machine and dryer, 6. Infrared heating lamps for car paint booths 7. Baking, heating and insulation of food 8. Drying of paper in paper mills 9. Special near-infrared and far-infrared heating lamps for shoe machines 10. Production features of circuit boards, capacitors, and semiconductors: Infrared lamp tubes are formed by inserting tungsten filaments into gas-filled quartz tubes. Under the action of alternating voltage, the tungsten filament heats up and heats the gas in the quartz tube, thereby generating infrared radiation. Quartz near-infrared and far-infrared lamps use transparent or semi-transparent quartz glass as the lamp tube shell to produce near-infrared or far-infrared radiation spectra. Infrared tubes are mainly used for industrial heating or drying, such as for glass products, metal parts, circuit board packaging, films, etc., as well as for other drying, drying and heating purposes. Their advantages include uniform heat generation, cleanliness, high temperature, energy saving, safety, ease of use, and easy installation or replacement.